L'aération du poumon chez le nouveau-né (Part 1 of 2)

Geubelle, F; Karlberg, P; Koch, G.; Lind, John; Wallgren, Göran; Wegelius, C

doi:10.1159/000239641

Cited by 55 publications

(13 citation statements)

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“…This corresponds very well to the volume of residual air which has been observed to develop during the first breaths after delivery[8]. Previous studies of VF,, with subsequent measurements in the same child verified that the VFRC at an age of about one hour (the earliest age at which measurements can be performed by the technique used) is about onequarter to one-fifth lower than values obtained a t an age of 24 hours and more[5]. Thus, compliance is closely correlated with progressive aeration of the lungs.…”

supporting

confidence: 67%

Respiratory Studies in Newborn Infants. III.: Development of Mechanics of Breathing during the First Week of Life. A Longitudinal Study1

Karlberg

Koch

1962

Acta Paediatrica

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The data reported in this paper are the result of subsequent studies of mechanics of breathing in normal infants during the first week of life. The purpose was t o provide further information concerning the development of respiration during the neonatal period after the onset of respiration and the first minutes' adaptation t o extra-uterine life. Thus, this study is to be considered as a continuation of a previous one devoted t o the first minutes of life and the onset of respiration [S]. The studies herein reported consists of the assessment of the mechanical properties of the lungs (lung compliance, pulmonary flow resistance) and work of respiration. MaterialTwenty-three newborn infants were studied. Among these were 10 in whom the onset of breathing was reported previously [8]. Nineteen of the infants were fullterms with a range of birth-weight between 3100 and 4499 g, five (Nos. 26, 78, 84, 85, 86) were prematures according to their birth-weights

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supporting

confidence: 67%

Respiratory Studies in Newborn Infants. III.: Development of Mechanics of Breathing during the First Week of Life. A Longitudinal Study1

Karlberg

Koch

1962

Acta Paediatrica

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“…The compliance figures are similar to those reported for other healthy infants (Cook et al, 1957;Geubelle et al, 1959;Swyer et al, 1960;Karlberg and Koch, 1962;Drorbaugh et al, 1963;Chu et al, 1964;Polgar and String, 1966), though higher than compliances derived from the data of McIlroy and Tomlinson (1955) than those recorded in anaesthetized infants by Reynolds and Etsten (1966) and by Lunn (1968). Though the feeds given in the present study were small (mean 12 4 ml./kg.…”

Section: Discussionsupporting

confidence: 88%

Effects of Feeding on Respiratory Mechanics of Healthy Newborn Infants

Russell¹,

Feather²

1970

Archives of Disease in Childhood

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“…In older children and in adults lung volume is best correlated with height (8)(9)(10)(11)(12)(13)(14)(15)(16)(17)(18). In premature babies this may also be so.…”

Section: Discussionmentioning

confidence: 99%

DEVELOPMENT OF PULMONARY FUNCTION IN LATE GESTATION: I. The Functional Residual Capacity of the Lung in Premature Children

Polgar

1974

Acta Paediatrica

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Summary Functional residual capacity has been measured in premature and term infants soon after birth and repeatedly thereafter. Good correlation with body weight, length and gestational age have been found. However, the known relationships between the development of lung volume and attributes of body growth in older individuals are only partially valid during late gestation. Some peculiar growth patterns observed in this age could be explained by disproportionate variations in the rate of growth of body length and weight on the one hand and of lung volume on the other. By extrapolation over a very short range it was possible to verify the post mortem estimates of the gestational age at which alveolization occurs.

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L'aération du poumon chez le nouveau-né (Part 1 of 2)

Cited by 55 publications

References 0 publications

Respiratory Studies in Newborn Infants. III.: Development of Mechanics of Breathing during the First Week of Life. A Longitudinal Study1

Respiratory Studies in Newborn Infants. III.: Development of Mechanics of Breathing during the First Week of Life. A Longitudinal Study1

Effects of Feeding on Respiratory Mechanics of Healthy Newborn Infants

DEVELOPMENT OF PULMONARY FUNCTION IN LATE GESTATION: I. The Functional Residual Capacity of the Lung in Premature Children

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